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Walter Schroeder Library, Milwaukee School of Engineering
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Anaszewicz, Michael S., author.
Gonwa, Dr. William,
Davis, Dr. Todd thesis advisor
Schwar, Professor Michael, committee member
Milwaukee School of Engineering
Subjects
Rain gardens.
Runoff -- Management
Landscape gardening -- Water conservation.
Soil infiltration rate
MSCVE Project.
Browse Catalog
by author:
Anaszewicz, Michael S., author.
Gonwa, Dr. William,
Davis, Dr. Todd thesis advisor
Schwar, Professor Michael, committee member
Milwaukee School of Engineering
by title:
Comparison of new to...
MARC Display
Comparison of new to established rain gardens : a report submitted to the faculty of the Milwaukee School of Engineering in partial fulfillment of the requirements for the degree of Master of Science in Civil Engineering / by Michael S. Anaszewicz.
by
Anaszewicz, Michael S., author.
, Gonwa, Dr. William,
, Davis, Dr. Todd thesis advisor
, Schwar, Professor Michael, committee member
, Milwaukee School of Engineering
[Milwaukee School of Engineering], [2017]
Subjects
Rain gardens.
Runoff -- Management
Landscape gardening -- Water conservation.
Soil infiltration rate
MSCVE Project.
Description:
48 leaves : illustrations, some of which are in color ; 29 cm
Contents:
"A comparison of new and established rain garden infiltration rates" -- title from approval form.
Comparison of new to established rain gardens -- Background -- Field testing -- Results -- Analysis -- Discussion -- Conclusion.
The purpose of this project was to determine whether there is a difference in the infiltration rates between new and established rain gardens. To test this, two rain gardens located in Wauwatosa, Wisconsin, were utilized. The flow of water into the gardens and the depth of water present in the gardens were measured over the course of several weeks, and direct infiltration tests were conducted in order to calculate the infiltration rates for each garden. After these data were analyzed, it appeared that there was no change in the infiltration rates between the newer and established gardens that were analyzed. It was found, however, that the infiltration rates of rain gardens in general may be underestimated in technical design standards.
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text
unmediated
volume
web address:
http://milwaukee.sdp.sirsi.net/client/en_US/search/asset/541
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Call No.
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Walter Schroeder Library
Master's Theses
AC805 .A426 2017
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